Exposure Management

Operationalize CTEM
Across the Enterprise

SPOG unifies the evidence, decisions, and workflows behind CTEM so teams can identify meaningful exposure and move faster from insight to remediation.
CUSTOMERS WHO TRUST US
Axis bank
360 one
cdsl
lenskart
ncdex
etmoney
ncdex

Connected Stages.
Disconnected Context.

Security evidence lives across disconnected tools. As it moves through the CTEM lifecycle, context is lost, priorities weaken, and remediation slows.
Outdated Scope
Business priorities, assets, identities, and services change faster than periodic reviews.
Periodic Reviews Scope Drift Asset Changes
Fragmented Discovery
GRC requirements remain disconnected from evidence across operational tools.
Coverage Gaps Duplicate Findings Tool Fragmentation
Context-Blind Priorities
Severity and exploitability alone do not show business impact or operational readiness.
Exploitability Business Criticality Exposure Path
Broken Handoffs
Manual routing, unclear ownership, and disconnected workflows slow remediation.
Routing Friction Ownership Delays Remediation Leakage

One Context Across
Every CTEM Stage

SPOG connects asset, threat, control, business, ownership, and workflow evidence so every CTEM decision carries forward into action.

Scope What Matters

Define scope around critical services, business priorities, attack surfaces, and risk appetite.

Discover the Environment:

Reconcile assets, identities, controls, findings, and dependencies through integrations and Knowledge Graph.

Prioritize Exposure

Combine vulnerability, threat, business, control, recovery, & governance evidence to identify what needs attention now.

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Validate Readiness

Use testing, configuration checks, recovery exercises, and operational evidence to reveal protection gaps.

Mobilize Action

Resolve ownership, launch playbooks, govern SLAs, and track remediation through completion.

Make CTEM Measurable
and Accountable

SPOG helps teams reduce remediation delays, strengthen preparedness, and maintain measurable accountability as conditions change.
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Focused Remediation
Direct effort toward exposures most likely to create unacceptable business outcomes.
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Faster Execution
Carry priority and context into owners, playbooks, workflows, and SLAs.
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Stronger Readiness
Use control, containment, recovery, and governance evidence to improve preparedness.
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Measurable Oversight
Track ownership, SLA performance, remediation progress, and remaining exposure.

Connect the Systems
Behind CTEM.

Connect vulnerability scanners, CMDBs, threat intelligence, security controls, recovery systems, and ITSM platforms through SPOG.
akamai
crowdstrike_logo
slack
Sonar
scalefusion
Trellix
Seceon
paltoalto
prometheus
sapphire-IMS
qualys
okta
netskope
newrelic
Nagios
namechip
nessus
Microsoft-Intune
knowbe4
managengine
oracle
Orca-Security
Redhat
rickrecon
rukus
acunetix
addigy
adobe
AmazonWebservices
aquilai
arcos
Atlassian
bigrock
blancco
brocade
CheckPoint
commvault
constellix
cortex-xdr
darwinbox
datadog
delinea
demisto
dynatrace
forcepoint
grafana
guardicore
hashicorp
iraje
jamfPro
Microsoft_Azure
zscaler
zohopeople
youwipe
Vmware
windows
ultradns
wazuh
ubuntu
tucows
twistlock
synk
team-ms
servicenow
sharepoint
tenable
shodan
prismacloud
seqrite
SentinelOne
hpe-airwave
cisco-meraki
iraje
datadog
ivanti
dynatrace
Turn Exposure into Accountable Action
See how SPOG turns priority exposures and protection gaps
into governed remediation across the enterprise.

Frequently
Asked Questions

Quick answers on how our platform unifies compliance, risk, and IT operations.
What is CTEM?

Continuous Threat Exposure Management is an ongoing program for identifying, prioritizing, validating, and mobilizing action against exposures most likely to affect the business. It keeps decisions aligned as the environment and threat landscape change.

How is CTEM different from vulnerability management?

Vulnerability management focuses primarily on finding and remediating software weaknesses. CTEM considers a broader set of exposures and connects technical findings with asset, threat, business, control, recovery, and governance context.

What are the five stages of CTEM?

The five stages of Continuous Threat Exposure Management are Scoping, Discovery, Prioritization, Validation, and Mobilization. Together, they create a continuous cycle for identifying meaningful exposure and moving priority issues into remediation.

Is CTEM a linear five-step process?

No. The five stages form a continuous cycle. New assets, threats, configuration changes, control evidence, and remediation results can cause the program to rescope and reassess exposure.

How does SPOG help organizations implement CTEM?

SPOG connects assets, threats, controls, business services, ownership, and workflows across the CTEM lifecycle. This preserves context between stages and helps teams move from exposure discovery to governed remediation.

How does CTEM prioritize cyber exposures?

CTEM prioritizes exposures using more than technical severity. SPOG combines vulnerability, threat, business, control, recovery, and governance evidence to determine which exposures are most likely to create unacceptable business outcomes.

How does AreWeExposed™ fit into CTEM?

AreWeExposed™ is the SPOG framework that supports prioritization and validation in CTEM. It combines current exposure, readiness, and governance signals to determine what requires action now.

How often should a CTEM program reassess exposure?

CTEM is a continuous program rather than a fixed assessment cycle. New assets, threats, configuration changes, control failures, and remediation results can trigger rescoping, reprioritization, or renewed validation.

How can organizations measure CTEM effectiveness?

Organizations can measure CTEM through remediation speed, SLA performance, ownership, preparedness, validated outcomes, and remaining exposure. SPOG connects these measures to provide accountable oversight across the CTEM lifecycle.

Does SPOG replace scanners, CMDBs, ITSM, or security controls?

No. SPOG connects evidence from existing enterprise systems, relates it through a shared knowledge layer, and carries the resulting context into exposure decisions and operational workflows.

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